This document provides information for military aviators transitioning to civilian aviation regarding pilot requirements. It discusses medical certification requirements, ensuring appropriate certification for the intended flight, and operational risk management considerations like illness, medication, fatigue, and emotions that could impact safety. Pilots must have a valid medical certificate for their certificate level, appropriate aircraft category and class ratings, and required endorsements for aircraft like complex airplanes or those with high performance engines.
This document outlines the requirements for pilots to carry passengers, act as pilot-in-command under instrument flight rules or in reduced visibility, and maintain instrument currency and ratings. It discusses the use of flight simulators, flight training devices, and aviation training devices for completing instrument training and experience requirements. It also provides summaries of various briefing, inspection, and pre-flight requirements for instrument flight.
This document provides an overview of sport aviation safety from a presentation given by Scott R. Landorf of the FAA. It discusses key topics like light sport aircraft, experimental amateur-built aircraft, accident data, transition training, preflight considerations, and conducting the first flight of an experimental aircraft safely. The goal is to familiarize pilots with sport aircraft and provide information to help reduce accidents. Emphasis is placed on pilot skills, proficiency, understanding aircraft limitations, preflight planning, and following a flight test plan for experimental aircraft.
The document provides guidance from the FAA on building and certifying amateur-built aircraft. It discusses the FAA's role in the certification process, including how builders must fabricate over 51% of the aircraft. It outlines the requirements for obtaining an experimental airworthiness certificate, including ensuring the aircraft is controllable and has no hazardous characteristics. It also discusses aircraft registration, identification marks, and operating limitations after certification. The FAA inspector will evaluate the aircraft, builder's log, and compliance with regulations during the final certification inspection.
The document is a presentation by Mark L. Laughridge on pilot's airworthiness responsibilities. It defines an airworthy aircraft as one that conforms to its type design and is safe to operate. It discusses the requirements for an aircraft to be considered airworthy, including having a valid airworthiness certificate and registration, complying with all applicable airworthiness directives and maintenance records, ensuring the aircraft is properly weighed and balanced, and that the pilot in command determines the aircraft is in a condition for safe flight before each flight. It also covers topics like inoperative equipment, preventative maintenance, inspections and other responsibilities of aircraft owners and operators to maintain an aircraft in an airworthy condition.
A simple fact of the aircraft resale market is that aircraft with missing documents usually sell for significantly less than those with continual chronological history. At best, expensive maintenance procedures may have to be reperformed and properly documented in order to return the aircraft to airworthy status. With a standardized Records Archive Management, you can control, collaborate, and safeguard the value of the aircraft records.
This document discusses a fatal aircraft accident and analyzes the chain of events and human factors that led to it. It describes how a doctor purchased a modified Mooney aircraft that experienced problems during several flights. Facing a looming insurance deadline, the doctor decided to ferry the aircraft himself. Despite continuing mechanical issues, especially with the propeller installation, the pre-flight checks were rushed. On takeoff, something fell off the aircraft and it crashed, killing the pilot. The summary identifies a series of thoughtless decisions and risky behaviors that ignored applicable human factors, ultimately leading to an undesirable accident that could have been prevented.
This document provides information on the aeronautical experience, flight time requirements, and currency requirements to obtain an instrument rating for airplanes. It also summarizes regulations regarding aircraft and personal documents required for IFR flight, as well as preflight planning considerations such as weather minimums, alternate airports, and fuel requirements. Additionally, it outlines standard instrument procedures such as IFR flight planning, approach types, and cruising altitudes.
This document outlines the licensing requirements for various pilot licenses including student pilot, private pilot, commercial pilot, airline transport pilot, and instrument ratings for airplanes and helicopters. It also covers the glider pilot license. The requirements specify minimum age, aeronautical knowledge, flight experience hours including solo time and cross-country flights, flight instruction, medical fitness, privileges and validity periods for each license.
This document outlines the requirements for pilots to carry passengers, act as pilot-in-command under instrument flight rules or in reduced visibility, and maintain instrument currency and ratings. It discusses the use of flight simulators, flight training devices, and aviation training devices for completing instrument training and experience requirements. It also provides summaries of various briefing, inspection, and pre-flight requirements for instrument flight.
This document provides an overview of sport aviation safety from a presentation given by Scott R. Landorf of the FAA. It discusses key topics like light sport aircraft, experimental amateur-built aircraft, accident data, transition training, preflight considerations, and conducting the first flight of an experimental aircraft safely. The goal is to familiarize pilots with sport aircraft and provide information to help reduce accidents. Emphasis is placed on pilot skills, proficiency, understanding aircraft limitations, preflight planning, and following a flight test plan for experimental aircraft.
The document provides guidance from the FAA on building and certifying amateur-built aircraft. It discusses the FAA's role in the certification process, including how builders must fabricate over 51% of the aircraft. It outlines the requirements for obtaining an experimental airworthiness certificate, including ensuring the aircraft is controllable and has no hazardous characteristics. It also discusses aircraft registration, identification marks, and operating limitations after certification. The FAA inspector will evaluate the aircraft, builder's log, and compliance with regulations during the final certification inspection.
The document is a presentation by Mark L. Laughridge on pilot's airworthiness responsibilities. It defines an airworthy aircraft as one that conforms to its type design and is safe to operate. It discusses the requirements for an aircraft to be considered airworthy, including having a valid airworthiness certificate and registration, complying with all applicable airworthiness directives and maintenance records, ensuring the aircraft is properly weighed and balanced, and that the pilot in command determines the aircraft is in a condition for safe flight before each flight. It also covers topics like inoperative equipment, preventative maintenance, inspections and other responsibilities of aircraft owners and operators to maintain an aircraft in an airworthy condition.
A simple fact of the aircraft resale market is that aircraft with missing documents usually sell for significantly less than those with continual chronological history. At best, expensive maintenance procedures may have to be reperformed and properly documented in order to return the aircraft to airworthy status. With a standardized Records Archive Management, you can control, collaborate, and safeguard the value of the aircraft records.
This document discusses a fatal aircraft accident and analyzes the chain of events and human factors that led to it. It describes how a doctor purchased a modified Mooney aircraft that experienced problems during several flights. Facing a looming insurance deadline, the doctor decided to ferry the aircraft himself. Despite continuing mechanical issues, especially with the propeller installation, the pre-flight checks were rushed. On takeoff, something fell off the aircraft and it crashed, killing the pilot. The summary identifies a series of thoughtless decisions and risky behaviors that ignored applicable human factors, ultimately leading to an undesirable accident that could have been prevented.
This document provides information on the aeronautical experience, flight time requirements, and currency requirements to obtain an instrument rating for airplanes. It also summarizes regulations regarding aircraft and personal documents required for IFR flight, as well as preflight planning considerations such as weather minimums, alternate airports, and fuel requirements. Additionally, it outlines standard instrument procedures such as IFR flight planning, approach types, and cruising altitudes.
This document outlines the licensing requirements for various pilot licenses including student pilot, private pilot, commercial pilot, airline transport pilot, and instrument ratings for airplanes and helicopters. It also covers the glider pilot license. The requirements specify minimum age, aeronautical knowledge, flight experience hours including solo time and cross-country flights, flight instruction, medical fitness, privileges and validity periods for each license.
The document discusses aircraft certification and type certificates provided by the Federal Aviation Administration (FAA). It provides an overview of the FAA's Aircraft Certification Service (AIR) and their role in issuing type certificates and ensuring continued airworthiness. It defines key terms like type design, airworthiness, and the different categories of type certificates (standard, primary, restricted, surplus military, import). It also describes the type certificate data sheet, instructions for continued airworthiness, and how type certificates relate to airworthiness certificates and maintenance regulations.
This document outlines aircraft registration and marking requirements according to Part 4 of unspecified aviation regulations. It provides definitions for various types of aircraft and abbreviations. It specifies that aircraft must be registered by the owner with the appropriate authority and carry a certificate of registration. It also details requirements for nationality and registration marks including size, character style, spacing and approved locations on fixed-wing aircraft and rotorcraft. Deviations from size and location requirements are allowed with authority approval.
This document discusses aircraft maintenance records and requirements. It emphasizes the importance of accurate documentation and identifies common documentation problems. It outlines requirements for maintenance record content, including descriptions of work performed, completion dates, and signatures. It also discusses issues like poor shift turnovers, non-compliance with airworthiness directives, and the importance of following regulations and procedures for aircraft maintenance.
This document outlines general policies and procedures for licenses, certificates, and testing in the Republic of the Philippines. It specifies requirements for pilots, instructors, and other airmen to carry licenses and medical certificates. It also describes procedures for replacing lost documents, changing names or addresses, re-examining qualifications, imposing civil penalties, and surrendering, suspending or revoking licenses and certificates.
This document outlines regulations regarding airworthiness requirements for aircraft and aeronautical products in the Republic of the Philippines. It defines key terms like continuing airworthiness, major modification, preventative maintenance, overhaul, and rebuild. It describes classifications of Certificates of Airworthiness including standard, special, restricted, and experimental certificates. It also outlines requirements for eligibility, identification, and effective dates of Certificates of Airworthiness as well as allowable purposes for special flight permits.
The document discusses airworthiness review requirements according to regulations. It distinguishes between carrying out a review and issuing a certificate, and notes the DGCA can always issue certificates based on CAMO recommendations. The DGCA may also conduct reviews when safety is threatened or for small aircraft if requested. Reviews are required for imported aircraft. Privileges and procedures are described for CAMOs conducting reviews and issuing or recommending certificates. Requirements are outlined for airworthiness review staff qualifications and record keeping.
The document discusses the challenges of certifying ceramic matrix composite (CMC) components for use in commercial aircraft with the Federal Aviation Administration (FAA). It provides an overview of the FAA certification process and requirements, noting that certification is more difficult for CMCs than traditional polymer matrix composites (PMCs) due to differences in material properties. Key certification challenges for CMCs include demonstrating they meet stringent FAA regulations regarding material strength, durability, damage tolerance, and that they will maintain airworthiness over the service life of an aircraft.
This document outlines requirements for certification of Aviation Training Organizations (ATOs) that provide aircraft maintenance technician (AMT) training courses. It specifies the general certification process and defines key terms. It also describes curriculum requirements for AMT airframe, powerplant, avionics and combined rating courses. Requirements are listed for AMT training program providers, instructors, attendance policies, and credit for prior instruction or experience.
- Aircraft airworthiness is a shared responsibility between the pilot, owner/operator, and maintenance personnel. The pilot is ultimately responsible for determining if an aircraft is airworthy and safe to fly.
- To be considered airworthy, an aircraft must conform to its type certificate and be in a condition for safe operation. This includes complying with maintenance requirements and ensuring no unairworthy conditions exist.
- Regulations specify responsibilities for pilots, owners/operators, and maintenance personnel to ensure an aircraft is properly maintained and inspected between required checks to maintain an airworthy status.
This presentation provides an overview of sport pilot flight instruction. It discusses the establishment of the light sport category and sport pilot certificate in 2004. It outlines the aircraft categories that fall under light sport aircraft and the certification processes. It covers the medical requirements, aeronautical experience requirements, privileges and limits of sport pilots compared to private pilots. It discusses who can provide instruction to sport pilots and requirements for flight instructors and sport pilot instructors. It also addresses considerations for transition training when pilots with prior experience move to light sport aircraft.
Order 7610 military-handling-hijacked-acft(1)RepentSinner
This document outlines procedures for military escort of hijacked aircraft, including:
- The FAA hijack coordinator requests escort services from the military through NORAD.
- Escort aircraft are given priority for expedited departure and vectored to join 5 miles behind the hijacked aircraft.
- Responsibilities are defined for air traffic control of escort aircraft in both US and Canadian airspace.
- Detailed procedures address pilot notification, positioning, termination of escort, and replacement of escort aircraft to ensure continuous monitoring of the hijacked flight.
Aircraft Maintenance Manuals for Engineer's by Engr. Malay Kanti BalaMalay Kanti Bala
Aircraft Maintenance Manual is an important document for the Aircraft Maintenance Personnel. For the airworthiness of any flight, we do an inspection, servicing, repair, removal, installation, etc activities by following the approved documents which in manual or AMM. Here the presentation will disclose and familiarise with different manuals
This document outlines reporting requirements for aircraft failures, malfunctions, and defects. It discusses requirements for approval of replacement and modification parts, including applications to manufacturing authorities. The document also addresses procedures for determining if aircraft damage renders a plane no longer airworthy, and authorizes persons who can perform aircraft maintenance.
The document discusses the requirements for an aircraft to be considered airworthy according to the Federal Aviation Administration (FAA). It defines airworthiness as the aircraft conforming to its type certificate and being properly maintained, and in a condition safe for flight. It outlines the responsibilities of aircraft owners and pilots to ensure the aircraft is in compliance with FAA airworthiness standards and has a valid airworthiness certificate and registration before operation. The document also discusses inspections and repairs required to maintain an aircraft's airworthiness status.
E icao ramp inspection guidance part i 2009-07 r3Ahmed Mogy
At the end of this module, participants will be familiar with ICAO SARPs and related guidance material concerning safety management; and the role of the SSP in ensuring that safety risk controls are established
This document provides an overview of light sport aircraft regulations, categories, classes, markings, operating limitations, inspections, maintenance, and repairman certification requirements. It defines special light sport aircraft and experimental light sport aircraft, and outlines training requirements to obtain different ratings as a light sport aircraft repairman to perform inspections and maintenance. The summary highlights key rules regarding who can perform annual condition inspections, 100-hour inspections, repairs, and alterations on these aircraft.
This document is Jason Jungmeyer's unofficial military transcript. It lists the courses and occupations he completed during his service, including recruit training, marksmanship training, infantry training, aviation maintenance training, and correspondence courses. It provides details on each item such as course titles, locations, dates, and credit recommendations from the American Council on Education. The transcript shows Jungmeyer attained the rank of Sergeant E5 and was separated from military service.
La destreza 6 habla sobre el manejo de emociones. Se debe expresar las emociones de manera sabia para generar un cambio positivo y buscar estrategias que mejoren la situación evitando que las emociones negativas se repitan en futuras negociaciones.
Este documento contiene una lista de 22 nombres de personas, incluyendo tanto nombres femeninos como masculinos y sus respectivos segundos nombres. Los nombres están escritos en orden aleatorio sin ninguna otra información o detalles adicionales provistos.
The document discusses aircraft certification and type certificates provided by the Federal Aviation Administration (FAA). It provides an overview of the FAA's Aircraft Certification Service (AIR) and their role in issuing type certificates and ensuring continued airworthiness. It defines key terms like type design, airworthiness, and the different categories of type certificates (standard, primary, restricted, surplus military, import). It also describes the type certificate data sheet, instructions for continued airworthiness, and how type certificates relate to airworthiness certificates and maintenance regulations.
This document outlines aircraft registration and marking requirements according to Part 4 of unspecified aviation regulations. It provides definitions for various types of aircraft and abbreviations. It specifies that aircraft must be registered by the owner with the appropriate authority and carry a certificate of registration. It also details requirements for nationality and registration marks including size, character style, spacing and approved locations on fixed-wing aircraft and rotorcraft. Deviations from size and location requirements are allowed with authority approval.
This document discusses aircraft maintenance records and requirements. It emphasizes the importance of accurate documentation and identifies common documentation problems. It outlines requirements for maintenance record content, including descriptions of work performed, completion dates, and signatures. It also discusses issues like poor shift turnovers, non-compliance with airworthiness directives, and the importance of following regulations and procedures for aircraft maintenance.
This document outlines general policies and procedures for licenses, certificates, and testing in the Republic of the Philippines. It specifies requirements for pilots, instructors, and other airmen to carry licenses and medical certificates. It also describes procedures for replacing lost documents, changing names or addresses, re-examining qualifications, imposing civil penalties, and surrendering, suspending or revoking licenses and certificates.
This document outlines regulations regarding airworthiness requirements for aircraft and aeronautical products in the Republic of the Philippines. It defines key terms like continuing airworthiness, major modification, preventative maintenance, overhaul, and rebuild. It describes classifications of Certificates of Airworthiness including standard, special, restricted, and experimental certificates. It also outlines requirements for eligibility, identification, and effective dates of Certificates of Airworthiness as well as allowable purposes for special flight permits.
The document discusses airworthiness review requirements according to regulations. It distinguishes between carrying out a review and issuing a certificate, and notes the DGCA can always issue certificates based on CAMO recommendations. The DGCA may also conduct reviews when safety is threatened or for small aircraft if requested. Reviews are required for imported aircraft. Privileges and procedures are described for CAMOs conducting reviews and issuing or recommending certificates. Requirements are outlined for airworthiness review staff qualifications and record keeping.
The document discusses the challenges of certifying ceramic matrix composite (CMC) components for use in commercial aircraft with the Federal Aviation Administration (FAA). It provides an overview of the FAA certification process and requirements, noting that certification is more difficult for CMCs than traditional polymer matrix composites (PMCs) due to differences in material properties. Key certification challenges for CMCs include demonstrating they meet stringent FAA regulations regarding material strength, durability, damage tolerance, and that they will maintain airworthiness over the service life of an aircraft.
This document outlines requirements for certification of Aviation Training Organizations (ATOs) that provide aircraft maintenance technician (AMT) training courses. It specifies the general certification process and defines key terms. It also describes curriculum requirements for AMT airframe, powerplant, avionics and combined rating courses. Requirements are listed for AMT training program providers, instructors, attendance policies, and credit for prior instruction or experience.
- Aircraft airworthiness is a shared responsibility between the pilot, owner/operator, and maintenance personnel. The pilot is ultimately responsible for determining if an aircraft is airworthy and safe to fly.
- To be considered airworthy, an aircraft must conform to its type certificate and be in a condition for safe operation. This includes complying with maintenance requirements and ensuring no unairworthy conditions exist.
- Regulations specify responsibilities for pilots, owners/operators, and maintenance personnel to ensure an aircraft is properly maintained and inspected between required checks to maintain an airworthy status.
This presentation provides an overview of sport pilot flight instruction. It discusses the establishment of the light sport category and sport pilot certificate in 2004. It outlines the aircraft categories that fall under light sport aircraft and the certification processes. It covers the medical requirements, aeronautical experience requirements, privileges and limits of sport pilots compared to private pilots. It discusses who can provide instruction to sport pilots and requirements for flight instructors and sport pilot instructors. It also addresses considerations for transition training when pilots with prior experience move to light sport aircraft.
Order 7610 military-handling-hijacked-acft(1)RepentSinner
This document outlines procedures for military escort of hijacked aircraft, including:
- The FAA hijack coordinator requests escort services from the military through NORAD.
- Escort aircraft are given priority for expedited departure and vectored to join 5 miles behind the hijacked aircraft.
- Responsibilities are defined for air traffic control of escort aircraft in both US and Canadian airspace.
- Detailed procedures address pilot notification, positioning, termination of escort, and replacement of escort aircraft to ensure continuous monitoring of the hijacked flight.
Aircraft Maintenance Manuals for Engineer's by Engr. Malay Kanti BalaMalay Kanti Bala
Aircraft Maintenance Manual is an important document for the Aircraft Maintenance Personnel. For the airworthiness of any flight, we do an inspection, servicing, repair, removal, installation, etc activities by following the approved documents which in manual or AMM. Here the presentation will disclose and familiarise with different manuals
This document outlines reporting requirements for aircraft failures, malfunctions, and defects. It discusses requirements for approval of replacement and modification parts, including applications to manufacturing authorities. The document also addresses procedures for determining if aircraft damage renders a plane no longer airworthy, and authorizes persons who can perform aircraft maintenance.
The document discusses the requirements for an aircraft to be considered airworthy according to the Federal Aviation Administration (FAA). It defines airworthiness as the aircraft conforming to its type certificate and being properly maintained, and in a condition safe for flight. It outlines the responsibilities of aircraft owners and pilots to ensure the aircraft is in compliance with FAA airworthiness standards and has a valid airworthiness certificate and registration before operation. The document also discusses inspections and repairs required to maintain an aircraft's airworthiness status.
E icao ramp inspection guidance part i 2009-07 r3Ahmed Mogy
At the end of this module, participants will be familiar with ICAO SARPs and related guidance material concerning safety management; and the role of the SSP in ensuring that safety risk controls are established
This document provides an overview of light sport aircraft regulations, categories, classes, markings, operating limitations, inspections, maintenance, and repairman certification requirements. It defines special light sport aircraft and experimental light sport aircraft, and outlines training requirements to obtain different ratings as a light sport aircraft repairman to perform inspections and maintenance. The summary highlights key rules regarding who can perform annual condition inspections, 100-hour inspections, repairs, and alterations on these aircraft.
This document is Jason Jungmeyer's unofficial military transcript. It lists the courses and occupations he completed during his service, including recruit training, marksmanship training, infantry training, aviation maintenance training, and correspondence courses. It provides details on each item such as course titles, locations, dates, and credit recommendations from the American Council on Education. The transcript shows Jungmeyer attained the rank of Sergeant E5 and was separated from military service.
La destreza 6 habla sobre el manejo de emociones. Se debe expresar las emociones de manera sabia para generar un cambio positivo y buscar estrategias que mejoren la situación evitando que las emociones negativas se repitan en futuras negociaciones.
Este documento contiene una lista de 22 nombres de personas, incluyendo tanto nombres femeninos como masculinos y sus respectivos segundos nombres. Los nombres están escritos en orden aleatorio sin ninguna otra información o detalles adicionales provistos.
Our core business values are professionalism, reliability, dedication and innovativeness. We aim to maintain existing clients while attracting new ones through flexibility and adaptability to serve a wide range of clientele.
Tres niños que se hicieron amigos en un pequeño pueblo italiano, Gustavo, Rufina y Rodolfo, se perdieron en un bosque mientras jugaban. Exploraron el bosque y descubrieron un hermoso jardín con caballos. Los niños cabalgaron por el bosque y encontraron un sendero que los devolvió al parque, decidieron mantener en secreto su descubrimiento y volver todos los días.
El documento describe varias herramientas para la creación y publicación de contenidos didácticos digitales. Explica que estas herramientas son programas que permiten a los profesores desarrollar material educativo y luego publicarlo en línea de forma fácil sin necesidad de conocimientos técnicos avanzados. También menciona diez herramientas populares como eXelearning, Hot Potatoes y JClic, resaltando sus características principales.
Comprender la comunicación educativa.pdf marianela leivamarianela leiva
Este documento describe la relación entre la comunicación y la educación. Señala que los educadores son "seres de comunicación" y que la comunicación es fundamental para el aprendizaje. También identifica algunos obstáculos a la comunicación educativa como la violencia, el autoritarismo y la fatiga. Finalmente, enfatiza que el aprendizaje óptimo ocurre en un ambiente rico en comunicación e interacción entre estudiantes, educadores y materiales.
Justin Francis is seeking a growth-oriented position where he can use his 11 years of customer service and leadership experience at CA Technologies. He has skills in Agile product development, Office 365, and cutting-edge customer service practices. At CA Technologies, he has trained peers, identified process improvements, created test environments, published technical documents, and been promoted twice. He also leads committees focused on resolving roadblocks and promoting growth.
Este documento estabelece as diretrizes para a realização do Trabalho de Conclusão de Curso (TCC) no curso de Administração de Empresas da Universidade Estadual do Paraná (UNESPAR) Campus Paranaguá. O TCC consiste em um projeto de pesquisa e relatório final que devem seguir um formato específico e ser orientados por um professor. O trabalho será apresentado e avaliado por uma banca examinadora.
Generalmente hay cuatro glándulas paratiroides de color pardo rojizo ubicadas en la superficie posterior de la glándula tiroides. Estas glándulas producen la hormona paratiroidea (PTH) que regula los niveles de calcio en la sangre mediante efectos sobre los huesos, intestino y riñones. Niveles altos de PTH causan hiperparatiroidismo primario mientras que niveles bajos causan hipoparatiroidismo, lo cual puede tratarse con suplementos de calcio.
O documento homenageia Ana Néri, uma enfermeira voluntária brasileira que atuou na Guerra do Paraguai (1864-1870) cuidando dos feridos. Sua dedicação marcou o início da profissão de enfermagem no Brasil, tornando-se uma inspiração e sendo reconhecida como a "madrinha da enfermagem brasileira". O texto também faz comparações entre o trabalho de Ana Néri e de Florence Nightingale.
Este documento describe cinco tipos principales de leucemia, incluyendo leucemia linfocítica aguda, leucemia mielógena aguda, leucemia linfocítica crónica, leucemia mielógena crónica y leucemia de células pilosas. También discute las causas, síntomas, diagnóstico, tratamiento que incluye quimioterapia, trasplantes de médula ósea e inmunoterapia, y cuidados para los pacientes con leucemia.
Este documento describe la leucemia linfoblástica aguda (LLA) en pacientes pediátricos. Explica la anatomía y fisiología normal de la médula ósea y la sangre, y define la LLA como una proliferación incontrolada de linfoblastos en la médula ósea. Detalla los signos y síntomas de la LLA, que incluyen debilidad, fiebre e infecciones. También cubre los métodos de diagnóstico como el hemograma, aspirado de médula ósea e inmunofenotipo
Chimes Aviation Academy is the DGCA approved Academy in India, fully integrated Aviation Training Academy in India that provides state of the art Pilot Training Courses to candidates looking for career in aviation sector.
1. Airworthiness refers to the legal and physical state of an aircraft to safely operate. An airworthy aircraft conforms to its approved design and is in a condition for safe operation.
2. Responsibility for airworthiness is shared between the pilot, owner/operator, and maintenance personnel. The pilot is ultimately responsible for determining if an aircraft is airworthy before each flight.
3. Aircraft must have a valid airworthiness certificate and undergo regular inspections and maintenance to remain airworthy. Repairs must be properly documented in the maintenance logs.
This document provides information for a military competency instructor exam preparation course. It outlines the goals of the course, introduces the instructor, and provides tips for preparing for and taking the exam. These include studying FAA regulations, using exam preparation software, finding a testing center, and gathering required documents for the post-exam process of obtaining certification. Various certification requirements and definitions are also defined.
The document outlines the various types of documentation required for an aircraft maintenance program. It discusses preventative maintenance types including servicing, scheduled maintenance, condition-based maintenance, and out-of-phase maintenance. It also lists the regulatory, manufacturer's, airline generated, and ATA documentation standards that maintenance programs must adhere to. Key manufacturer's documentation includes the airplane maintenance manual, component maintenance manual, and illustrated parts catalog.
The May/June 2014 issue of FAA Safety Briefing is all about Airworthiness Certification and Standards. In this issue we look at the hidden dangers of layering supplemental type certificates (STC), who to go to when your plane has an issue, and how to take care of an aging aircraft. In addition, you can learn more about the airworthiness directive process and how to apply for an STC.
This letter grants an exemption to Mr. Gerald Thielemann to operate an unmanned aircraft system to conduct aerial photography and remote sensing. The exemption is granted based on similar exemptions given to other petitioners to operate UAS that pose less safety risk than manned aircraft. 28 specific conditions and limitations are provided that the operator must follow, including requirements for the pilot in command certification, visual line of sight operation, daytime-only flight, and minimum distances from people, vessels and structures. The exemption is valid unless the documents describing the intended operations are changed.
This document provides an overview of the requirements and certifications for private pilot ground school training, including student pilot and private pilot certification. It discusses the Federal Aviation Regulations sections that pilots must follow, eligibility requirements such as being 16 years old and speaking English. It outlines the aeronautical experience needed to earn a private pilot certificate including 20 hours of flight training and courses on maneuvers, night flying, and instrument flying. It also describes the privileges and limitations of a private pilot certification.
The document outlines the guidelines for converting a professional pilot's license issued in an ICAO contracting state to an Indian professional pilot's license. Applicants must submit various documents including a valid foreign pilot's license, medical certificate, authenticated logbook, skill test certificates and statements of flight experience. Applicants may also need to complete additional tests in India on general flying, instruments and signals before the license can be issued. The process involves submitting documents to DGCA where they are examined and may require an interview before a license is issued or papers are returned for deficiencies.
The document outlines the guidelines for converting a professional pilot's license issued in an ICAO contracting state to an Indian professional pilot's license. Applicants must submit various documents including a valid foreign pilot's license, medical certificate, authenticated logbook, skill test certificates and statements of flight experience. Applicants may also need to complete flying tests, a signal reception test, and exams on air regulations and navigation in India. The process involves submitting documents to DGCA where they are examined and may require an interview. If all requirements are met, the license will be issued, otherwise documents may be returned for deficiencies to be addressed.
This document summarizes a presentation given to the Utilities, Patrol, and Construction Committee (UPAC) at HeliExpo 2017 by Shawn Hayes from the Federal Aviation Administration (FAA). The presentation covered accident data analysis and trends in the U.S. helicopter industry, the FAA's efforts through the U.S. Helicopter Safety Team (USHST) to reduce accidents, and restrictions on operating restricted category helicopters. Key points included that loss of control inflight, unintended flight into instrument conditions, and low altitude operations accounted for over 50% of 104 fatal helicopter accidents from 2009-2013. The FAA has been evaluating these accident categories and will develop safety enhancements focused on the top industries. The
Collegiate air travel safety whitepaper updated 010611jmcki60811
The document provides recommendations for qualifying charter operators and aircrew to ensure safe air travel. It recommends only using operators with proper certification and at least two licensed pilots. The operator should be established, have qualified staff, and provide records of past operations. It also provides minimum experience requirements for pilots-in-command and second-in-command to evaluate whether aircrew are qualified. Finally, it recommends validating an operator's aircraft maintenance programs and ensuring aircraft meet insurance and equipment standards.
Drone Fundamentials for Realtors Revision Apr 2024.ppsxuphapeedrone
This presentation provides fundamental information to realtors that are not familiar with the Part 107 Remote Pilot certificate required for commercial operation.
This document discusses the use of drones in the legal field and provides an overview of regulations. It notes that drones allow for affordable aerial photography and videography for any size legal case. Regulations currently allow hobbyist drone use but require FAA approval for commercial use. The FAA's proposed Part 107 rules would establish safety regulations for small non-recreational drones under 55 lbs, requiring operator certification, daytime-only visual line-of-sight operation, and maximum speeds and altitudes of 100 mph and 400 feet. The document provides resources on current state drone laws and organizations like the AMA that advocate for drone use.
This document discusses the use of drones in the legal field and provides an overview of regulations. It notes that drones allow for affordable aerial photography and videography for any size legal case. Regulations for hobbyist drone use require operating strictly for recreation under AMA guidelines within visual line of sight. Commercial use requires FAA approval as a licensed pilot and operating under proposed Part 107 rules such as daylight-only operation, visual line of sight, maximum airspeed and altitude. The document outlines proposed operator certification requirements and aircraft must be registered and safely maintained. Microdrones under 4.4 pounds may have additional operational flexibility with certification. Overall, the document presents the opportunity drones provide for legal applications and summarizes current and proposed regulations.
This document discusses the use of drones in the legal field and provides an overview of regulations. It notes that drones allow for affordable aerial photography and videography for any size legal case. Regulations currently allow hobbyist drone use but require FAA approval for commercial use. The FAA's proposed Part 107 rules would establish safety regulations for small non-recreational drones under 55 lbs, requiring operator certification, daytime-only visual line-of-sight operation, and no flying over people or in restricted airspace without permission. The document provides resources on current state drone laws and organizations like the AMA that advocate for drone use.
This document discusses the use of drones in the legal field and provides an overview of regulations. It notes that drones allow for affordable aerial photography and videography for any size legal case. Regulations for hobbyist drone use require operating strictly for recreation under AMA guidelines within visual line of sight. Commercial use requires FAA approval as a licensed pilot and operating under proposed Part 107 rules such as daylight-only operation, visual line of sight, maximum airspeed and altitude. The document outlines proposed operator certification requirements and aircraft must be registered and safely maintained. Microdrones under 4.4 pounds may have additional operational flexibility with certification. Overall, the document presents the opportunity drones provide for legal applications and summarizes current and proposed regulations.
A progressive inspection program allows an aircraft to be inspected in segments over shorter time periods rather than taking it out of service for the full annual inspection. The inspection items are divided into phases to be completed within a 200-hour cycle, allowing the aircraft to remain airworthy and fly daily. Large or turbine aircraft require continuous inspection programs approved by the FAA that involve different levels of checks with increasing detail, from A-checks to more comprehensive D-checks. Special inspections are also required on certain items like altimeters, transponders, and ELTs at prescribed intervals.
This document provides guidelines for qualifying air charter operators, aircrew, aircraft, and charter brokers to ensure safe air travel. It recommends that charter operators have the proper certifications, two licensed pilots, and meet other standards. Pilots should meet minimum experience requirements and ratings. Aircraft should be properly insured and maintained. Charter brokers are not required to be licensed but should be clear they are not direct air carriers and exercise due diligence in arranging qualified charter services.
This document discusses the process for obtaining a standard airworthiness certification from the FAA for an aircraft. It outlines the key requirements, including registering the aircraft, filling out an application form, arranging an inspection by a certified mechanic if used or providing documentation of airworthiness if new, organizing maintenance records, scheduling an inspection with a Designated Airworthiness Representative, and displaying the certification in the aircraft. Once obtained, the certification remains valid as long as proper maintenance is performed on the aircraft as required by FAA regulations.
The document discusses drone regulations and compliance. It provides an overview of the speaker's background and firm. New FAA regulations for small drones under 55 lbs were issued in June 2016. Drones must be registered if over 0.55 lbs. Commercial use requires a pilot's license or test. Recreational use has restrictions like daylight-only flights within line of sight. The regulations cover permitted airspace, operating limitations, and requirements for remote pilots including certifications and responsibilities. Factors like weight, geo-fencing, and state laws must be considered for safe recreational and commercial drone use.
Similar to Transitioning Military Aviator Gouge (20)
William cass revised drones staying in compliance!
Transitioning Military Aviator Gouge
1. Transitioning
into
Civilian
Aviation….
For
the
Military
Aviator
–
A
Go/No
Go
✔
By:
CDR
Abram
‘Tank’
Stroot
NOTE:
This
data
was
gathered
in
2015
for
the
aide
of
my
fellow
military
aviator.
Although
the
author
has
only
seen
minor
changes
in
these
regulations
over
the
previous
decade,
it
remains
the
reader’s
responsibility
to
verify
the
accuracy
of
these
regulations
prior
to
execution
of
any
flight.
Be
SAFE
and
keep
‘em
shiny
side
up!
1. Pilot
Requirements
a. ORM
Considerations:
“I.M.
S.A.F.E”
[Source:
AIM
8-1-1]
i. Illness
–
1. Distracting
symptoms
that
impair
judgment,
vision,
memory,
alertness,
and
ability
to
make
calculations.
2. Medication
can
control
illness,
but
can
have
side
effects.
Contact
AME
/
Flight
Doc
for
advice.
ii. Medication
–
FAR’s
prohibit
the
use
of
medications
by
pilots
that
influence
the
faculties
in
any
way
contrary
to
safety.
Don’t
fly
w/
medications
unless
approved
by
an
AME
/
Flight
Doc
or
the
FAA.
iii. Stress
–
leave
life
/
family
stressors
on
the
ground.
iv. Alcohol
/
Drugs–
[Source:
FAR
91.17]
1. Prohibited
to
act
as
a
crewmember
of
a
civil
aircraft:
a. W/in
8
hours
of
consuming
any
alcoholic.
b. While
under
the
influence
of
alcohol.
c. While
using
any
drug
that
affects
the
pilot
in
any
way
contrary
to
safety.
d. While
having
an
alcohol
BAC
of
.04
or
greater.
2. Except
in
an
‘emergency’,
no
PIC
may
allow
a
person
who
appears
to
be
intoxicated
or
under
the
influence
of
drugs
to
be
carried
aboard
an
aircraft.
v.
Fatigue
–
Studies
show
that
being
awake
between
15-‐18
hours
is
equivalent
to
BAC
of
.08%
(approximates
being
legally
intoxicated
for
DRIVING).
1. CFII/MEI’s
are
restricted
to
no
more
than
8
hours
of
instruction/day.
2. ATP
air
carrier
pilots
are
restricted
to
no
more
than
8
flight
hours
every
24
hours.
vi. Emotion
–
Flight
environment
needs
to
be
free
of
external
emotions.
These
stressors
could
be
caused
from
events
such
as:
divorce,
death
of
a
family
member
/
friend,
or
changes
in
job
expectations.
b. Valid
Medical
Certification
–
Must
have
a
valid
and
appropriate
medical
certificate
for
the
privileges
of
the
pilot
certificate
that
they
will
be
exercising
[Source:
FAR61.23]
i. First
Class
Medical
Certificate
-‐
1. Required
to
exercise
the
privileges
of
an
ATP
certificate.
2. Expires
/
degrades
to
2cd
Class
Medical
Certificate:
a. Under
age
40:
After
the
12th
calendar
month.
b. Over
age
40:
After
the
6th
calendar
month.
ii. Second
Class
Medical
Certificate
–
1. Required
to
exercise
the
privileges
of
a
Commercial
pilot.
2. Expires
/
degrades
to
3rd
Class
Medical
Certificate:
a. After
12
calendar
months
from
the
date
of
issuance.
iii. Third
Class
Medical
Certificate
–
2. 1. Required
for
a
Private
Pilot
certificate
or
a
CFII/MEI
certificate
when
the
CFII/MEI
is
acting
as
PIC
or
a
required
crewmember.
2. Minimum
Medical
Certificate
required
for
practical
check
rides.
3. Under
age
40
–
After
60
calendars
months
from
the
date
of
issuance.
4. Over
age
40
–
After
24
calendars
months
from
the
date
of
issuance.
iv. Medical
Up
Chit
[Source:
FAR61.23(b)(9)]
1. USN/USAF
Pilots
are
authorized
to
use
their
Up-‐Chits
for
any
flight
that
does
not
require
higher
than
a
3rd
Class
Medical
Certificate.
2. Restricted
to
a
domestic
flight
within
U.S.
Airspace.
c. Appropriate
Certification:
Appropriate
for
the
aircraft
and
mission
to
be
flown.
Additionally,
if
IFR
flight
to
be
conducted,
holds
a
current
Instrument
certification.
i. Holds
Aircraft
Category
and
Class
Certification(s)
1. Examples:
a.
Commercial
Pilot
–
Airplane
Single-‐Engine
Land
(ASEL),
a. Air
Transport
Pilot
–
Airplane
Multi-‐Engine
Land
(AMEL),
b. Private
Pilot
–
Airplane
Single-‐Engine
Seaplane.
2. IFR
flights
–
Instrument
rating.
3. F/A-‐18
Aviators
–
Prior
to
flying
an
AMEL
aircraft,
one
will
typically
require
centerline
thrust
limitation
removed.
This
can
be
accomplished
on
the
ATP
AMEL
check
ride.
ii. Required
Endorsements:
Required
prior
to
acting
as
PIC
[Source:
FAR61.31].
1. Complex
Airplane
signoff
-‐
an
airplane
that
has
a
retractable
landing
gear,
flaps,
and
a
controllable
pitch
propeller;
or
in
the
case
of
a
seaplane,
flaps
and
a
controllable
pitch
propeller.
2. High
Performance
signoff-‐
an
airplane
with
an
engine
of
MORE
than
200
horsepower
3. Tail
wheel
Endorsement
4. High-‐Altitude
Endorsement
–
required
for
pressurized
aircraft
capable
of
operating
above
25,000
feet
MSL.
Without
endorsement,
pilot
is
restricted
to
flight
operations
below
FL250.
5. NVG
Endorsement
–
NOT
required
if
pilot
passed
a
US
Armed
Forces
pilot
proficiency
check
on
NVG’s
and
can
present
documentation
(i.e.
NATOPs
Jacket
w/
Signoff
letter).
iii. Type
Rating
Required
[Source:
FAR61.31]
1. Large
Aircraft
(Aircraft
weight
>
12,500
pounds).
2. Turbo-‐jet
powered
airplanes.
3. Other
a/c
specified
by
the
Administrator
through
a/c
type
certification
procedures.
3. d. Pilot
Currency
Requirements
[Source:
FAR
61.56]
i. Bi-Annual
Flight
Review
(BFR)
with
logbook
endorsement.
1. Required
within
the
previous
24
calendar
months.
At
a
minimum,
a
BFR
consists
of
at
least
1
hour
of
ground
training
and
1
hour
flight
training.
2. Exceptions:
a. A
person
who
has
passed
a
Pilot
Proficiency
Check
(Private,
Commercial,
CFII/MEI,
or
ATP
check
rides)
for
a
pilot
certificate,
rating,
or
operating
privilege
within
the
previous
24
calendar
months.
*This
includes
USN
NATOPS
/
Instrument
Checks.
b.
A
person
who
has
accomplished
1
or
more
phases
of
the
FAA
sponsored
pilot
proficiency
award
program
(Wings)
within
the
previous
24
calendar
months.
c. CFII/MEI
who
has
satisfactorily
conducted
a
FIRC
under
FAR
61.197
need
not
conduct
the
1
hour
ground
instruction.
e. Recent
Flight
Experience
i. PIC
carrying
passengers
[Source:
FAR61.57(a)(1)]:
1. Within
the
previous
90
days,
PIC
must
have
made
3
Takeoffs
and
3
Landings
a. As
the
sole
manipulator
of
the
flight
controls
(First
Pilot
Time).
b. In
the
same
Category,
Class,
and
Type
(if
a
Type
is
required).
*i.e.
3
T&Gs
in
a
Airplane
Single
Engine
Land
does
not
equal
currency
in
a
Airplane
Multi-‐Engine
Land.
2. NIGHT
TIME
PIC
–
3
T/O
and
3
LNDs
made
to
a
Full
Stop.
ii. For
IFR
Flights
–
Instrument
Experience
requirements
[FAR61.57(c)]:
1. Within
the
preceding
6
calendar
months:
a. Performed
and
LOGGED
the
following
in
the
same
CATEGORY
under
ACTUAL
or
*SIMULATED
flight
conditions.
(*Requires
an
appropriately
rated
Safety
Pilot
OR
CFII/MEI
logbook
endorsement):
i. SIX
Instrument
Approaches.
ii. Holding
procedures
and
tasks.
iii. Intercepting
and
tracking
courses
through
the
use
of
navigational
electronic
systems.
2. If
PIC
fails
to
meet
the
IFR
Currency
requirements
for
greater
than
6
calendar
months,
then
they
may
reestablish
Instrument
Currency
by
executing
a
Instrument
Proficiency
Check
(IPC)
[FAR61.57(d)].
4. 2. Aircraft
Requirements
a. Required
Documentation
[FAR91.203].
-‐
“A.R.R.O.W.”
–
Must
be
onboard
aircraft.
i. Airworthiness
Certificate
–
Must
be
‘displayed’
at
the
cabin
or
cockpit
entrance
so
that
it
is
legible
to
passengers
and
crew.
ii. Registration
–
Issued
to
the
Owner,
copy
must
be
kept
onboard.
iii. Radio
License
–
Not
required
for
flights
WITHIN
CONUS;
otherwise
needed
for
both
aircraft
and
the
PIC
must
have
his/her
FCC
Restricted
Radiotelephone
Operator
Permit.
iv. Operating
Manual
–
Aircraft
Flight
Manual
/
Pilot’s
Operating
Handbook
(AFM/POH)
for
the
T/M/S
aircraft
on
board.
Specifically
the
operating
limitations
[FAR91.9].
Additionally,
any
major
repair
or
addition
done
on
the
airplane
must
be
entered
in
the
AFM
[FAR
43.5]
for
its
return
to
service.
v. Weight
and
Balance
Data
[FAR91.103
(b)(2)]
–
Weight
and
Balance
sheet
specific
to
that
exact
aircraft.
Additionally,
weight
and
balance
calculations
for
the
specific
flight
to
be
undertaken.
b. Inspection
Requirements
[FAR91.409]
i. Annual
Inspection
–
required
within
the
previous
12
calendar
months
to
be
conducted
by
an
approved
Inspection
Authorization
(IA)
A&P
mechanic.
Return
to
service
signoffs
must
be
entered
in
the
aircraft’s
Engine,
Airframe,
and
Propeller
logbooks.
Ferry
permits
are
required
to
fly
an
aircraft
that
is
out
of
annual
and
are
authorized
by
the
local
FSDO
for
purposes
of
transporting
the
aircraft
to
an
airport
to
conduct
the
annual
inspection.
ii. 100
Hour
Inspection*
–
ONLY
required
for
aircraft:
1. That
carry
any
person
(other
than
crewmember)
for
hire;
or
2. That
are
utilized
by
any
person
giving
flight
instruction
for
hire.
*
100
Hour
limit
may
be
exceeded
by
10
hours
for
the
purposes
of
flying
the
airplane
to
a
place
where
the
inspection
can
be
done.
Excess
time
must
be
included
in
computing
the
next
100-‐hour
time
limit.
iii. Progressive
Inspection
–
Optional
-‐
In
lieu
of
annual
/
100
hour
inspections.
Minimizes
Maintenance
(MX)
downtime
by
conducting
more
frequent
(lower
hour)
interval
inspections.
Common
example
is
the
25-‐hour
inspection
–
breaks
the
100-‐hour
down
in
to
4
phases
and
accomplishes
the
entire
100-‐
hour
inspection
by
the
end
of
the
4th
phase.
iv. Items
Checked
during
Inspections
–
1. Altimeter
&
Transponder
[FAR91.411
/
.413]–
Pitot-‐static
system,
altimeter,
and
Mode-‐C
transponder
must
have
been
inspected
within
the
previous
24
calendar
months
for
IFR
flights
in
controlled
airspace.
2. Emergency
Locator
Beacon
[FAR91.207]
-‐
Required
to
be
inspected
every
12
calendar
months
–
typically
done
at
annual.
v. IFR
Flights
1. IFR
GPS
approved
aircraft.
In
order
to
file
an
IFR
flight
plan
with
an
equipment
code
of
‘/G’,
PIC
must
ensure
the
GPS
database
has
not
expired.
2. VOR
Equipment
Checks
[FAR91.171].
If
VOR
equipment
is
to
be
utilized
for
navigation,
it
has
been
operationally
tested
within
the
previous
30
days
and
found
to
be
within
limits.
PIC
must
enter
date,
5. place,
error,
and
his/her
signature
in
the
appropriate
logbook
or
record.
a. VOR
Test
Signal
(VOT)
-‐
+
4
degrees.
Center
up180
‘TO’
Indication
or
360
with
a
‘From’
Indication.
b. Airborne
Checkpoint
-‐
+
6
degrees
from
defined
radial
over
checkpoint.
c. DUAL
VOR
Check
-‐
+
4
degrees
permissible
error
between
dual
VOR
equipment.
c. Required
Operational
Equipment
[Source:
FAR
91.205]:
i. DAY
VFR
–
“T.O.M.A.T.O
F.F.L.A.A.M.E.S.S.”
1. Tachometer
for
each
engine
2. Oil
Pressure
gauge
for
each
engine.
3. Manifold
Pressure
gauge
for
each
altitude
engine.
4. Airspeed
Indicator.
5. Temperature
gauge
for
each
liquid
cooled
engine.
6. Oil
temperature
gauge
for
each
air-‐cooled
engine.
7. Fuel
gauge
indicating
the
quantity
of
fuel
in
each
tank.
8. Flotation
gear
for
a/c
for
hire
over
water
and
beyond
gliding
distance
to
shore.
9. Landing
Gear
position
indicator
for
retractable
gear
aircraft.
10.Altimeter
11.Anti-‐collision
light
(Aviation
red
or
white)
required
for
a/c
after
March
1996.
12.Magnetic
direction
indicator
(Magnetic
compass).
13.ELT
14.Safety
belt
for
each
occupant
2
years
of
age
or
older.
15.Shoulder
Harness
for
each
front
seat
in
those
a/c
built
after
July
1978.
ii. Night
VFR
–
“F.L.A.P.S.”
*All
Day
VFR
equipment
PLUS:
1. Fuses
–
One
spare
set
of
fuses
OR
3
fuses
of
each
kind.
2. Landing
light
for
aircraft
that
are
operated
for
hire.
3. Anti-‐collision
Light
(Aviation
Red
or
White)
required
for
a/c
after
August
1971.
4. Position
Lights
5. Source
–
Adequate
source
of
electrical
energy
for
all
installed
electrical
and
radio
equipment.
iii. IFR
Equipment
–
“4G’s
In
C.A.R.”
*All
Day/Night
VFR
equipment
PLUS:
1. Gyro
–
Turn
Indicator
2. Gyro
–
Attitude
Indicator
(Pitch
and
Bank
Indicator)
3. Gyro
-‐
Directional
Gyro
/
Heading
Indicator
/
HSI
4. Generator
or
alternator
of
adequate
capacity.
5. Inclinometer
–
(i.e.
Slip
and
Skid
indicator
or
‘Ball’)
6. Clock
–
displaying
hours
/
minutes
/
seconds.
7. Altimeter
(sensitive)
–
One
which
is
adjustable
for
barometric
pressure
[Kollsman
Window]
8. Radio
(2-‐Way)
communication
and
navigation
equipment
suitable
for
route
to
be
flown.
6.
iv. Minimum
Equipment
Lists
(MEL’s)
–
[Source:
FAR91.213]
1. No
person
may
takeoff
with
inoperative
equipment
unless:
a. An
approved
MEL
exists
w/
a
Letter
of
Authorization
(LOA)
from
the
local
FSDO
authorizing
its
use
AND
the
MEL
approves
operation
with
the
inoperative
equipment.
*Constitutes
a
supplemental
type
certificate
for
the
aircraft.
2. MEL’s
not
required
for:
a. Non-‐turbine
powered
airplanes
for
which
a
MEL
was
not
been
developed.
b. Non-‐turbine
powered
airplanes
for
which
a
MEL
has
been
developed,
but
equipment
does
not
fall
out
w/in
the
Day/NT/IFR
required
equipment
lists
above.
3. Inoperative
equipment
must
be:
a. Removed
or
deactivated
and
placarded
INOP.
b. PIC
must
determine
that
the
inoperative
equipment
does
not
constitute
a
hazard
to
the
aircraft.
v. Flights
at
or
Above
FL240
[FAR91.205(e)]
–
IF
VOR
equipment
is
required
for
navigation,
DME
is
required
to
be
installed
and
operational.
3. Civilian
Flight
Planning
for
Military
Aviators
a. Fuel
Requirements:
(Consider
wind
and
forecast
conditions
at
normal
cruise
TAS)
i. DAY
VFR
(91.151)–
Departure
to
Destination
plus
at
least
30
minutes
thereafter.
ii. NT
VFR
(91.151)–
-‐
Departure
to
Destination
plus
at
least
45
minutes
thereafter.
iii. IFR
(91.167)–
Fly
from
Departure
to
Destination
to
Alternate
airport
(if
required)
plus
at
least
45
minutes
thereafter
at
normal
cruise
TAS.
b. IFR
Alternate
Airport
-
Filing
Requirements:
(FAR
91.167)–
i. +
1
Hour
of
ETA
at
destination
airport,
IF
weather
is
>
than
2,000
feet
AGL
and
>
3
statute
miles
visibility,
NO
ALTERNATE
IS
REQUIRED
[1-2-3
Rule].
ii. If
an
Alternate
is
required,
weather
at
the
alternate
airport
at
the
ETA
must
be
the
alternate
airport
minimum
published
for
that
airport
(if
available).
If
no
minima
has
been
established
–
weather
must
be
at
least
the
following:
1. Precision
Approach:
>
600
Ft
AGL
/
>
2
s.m.
visibility.
2. Non-‐Precision
Approach:
>
800
Ft
AGL
/
>
2
s.m.
visibility.
c. IFR
Takeoff
Weather
Minimum
[FAR91.175(f)]
–
For
flights
conducted
under
FAR
part
91,
no
takeoff
minimums
are
prescribed
(i.e.
PIC
can
takeoff
in
Zero/Zero).
i. FAR
Part
121/135
1. Takeoff
weather
minimum
prescribed
under
FAR
part
97
(Approach
Plate),
or
if
no
weather
minima
has
been
prescribed
–
a. 2
Engines
or
Less
–
1
statute
mile
visibility
b. 3
+
Engines
–
½
statute
mile
visibility
7.
d. Preflight
Action
[FAR91.103]
i. PIC
must
become
familiar
with
all
available
information,
including:
1. Delays
–
Any
known
traffic
delays
–
plan
accordingly…
2. Weather
–
Reports
and
forecasts.
3. Alternate
Airport
availability.
4. Runway
requirements
at
all
airports
of
intended
use.
Includes
verifying
performance
data
pertinent
to
flight
and
W&B
data.
5. Fuel
Requirements.
ii. Passenger
Briefing
[FAR91.107]
1. PIC
must
ensure
each
PAX
is
briefed
on
how
to
fasten
and
unfasten
one’s
safety
belt
and
shoulder
harness
(if
required)
a. Must
be
on
during
taxi,
takeoff,
and
landing.
b. PIC
must
maintain
safety
belt
during
entire
flight
–
may
remove
shoulder
harness
(except
taxi,
takeoff,
and
landing).
e. IFR
Reporting
Requirements
i. At
All
Times
[FAR91.183
/
AIM
5-3-3]
–
“A
Very
Cool
Man
Tips
His
Hat
Every
Flight”.
1. Altitude
–
When
vacating
any
previously
assigned
altitude
or
FL.
2. VFR
on
Top
–
When
an
altitude
change
will
be
made
for
a
VFR
on
Top
clearance.
3. Climb/Descend
–
When
unable
to
climb/descend
+500
FPM.
4. Missed
Approach
5. TAS
change
of
5%
or
10
knots
–
whichever
is
>.
6. Holding
Fix
arrival
–
Report
time
and
altitude
upon
arrival.
7. Holding
Departure
–
Report
when
departing
a
holding
fix.
8. ETA
is
in
error
by
>
3
minutes.
9. FAF
inbound.
ii. Malfunction
Reports
–
Operation
under
IFR
in
controlled
Airspace
[91.187].
1. PIC
must
report
as
soon
as
practical
any
malfunction
of
Communication,
Approach,
or
Navigation
equipment
as
well
as
the
degradation
of
their
ability
to
operate
under
IFR
in
the
ATC
system.